Thermal Energy Transport in Carbon Nanotubes-Water Nanofluid Flow on an Inclined Surface: Fractional and Classical Perspective

Theoretical modelling of single/multi wall Carbon nanotubes dispersed in water past an inclined plate is deemed to scrutinize the heat energy together with variable temperature condition. The analytical solutions of the partial differential equations governed by the fractional model are acquired using transform technique via Prabhakar’s derivative. The flow characteristics such as velocity, temperature, viscous drag and heat transfer are comprehended graphically. Also, the current results are correlated competently with the antecedent solutions.